Research › QEEG, Methods & Mechanisms
Cortical oscillations and sensory predictions
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Study at a glance
- Area
- QEEG, Methods & Mechanisms
- Study type
- Review & meta-analysis
- Authors
- Arnal LH, Giraud AL
- Journal
- Trends in Cognitive Sciences
- Year
- 2012
Key findings
- The brain predicts both the content and the timing of sensory events
- Neural oscillations are proposed as the mechanism for these predictions
- Different rhythms suit predicting 'what' and 'when'
A review of how the brain's rhythms help it anticipate what will happen next. The authors separate predicting what a sensory event will be (predictive coding) from predicting when it will happen (predictive timing), and argue that different oscillation frequencies offer different solutions to each. It gives a functional account of why particular EEG rhythms matter for perception.